Is it Possible to Control Gravitation Using an Electromagnetic Field?

Authors:Victor ChristiantoComments: 8 Pages. This paper is summary of Q&A in researchgate.net. Comments and suggestions are welcome. Send your comments to victorchristianto@gmail.com

American interest in 'gravity control propulsion research' intensified during the early 1950s. Literature from that period used the terms anti- gravity, anti-gravitation, barycentric, counter- bary, electrogravitics (eGrav), G-projects, gravitics, gravity control, and gravity propulsion. Their publicized goals were to develop and discover technologies and theories for the manipulation of gravity or gravity-like fields for propulsion. Although general relativity theory appeared to prohibit anti- gravity propulsion, several programs were funded to develop it through gravitation research from 1955 to 1974. The names of many contributors to general relativity and those of the golden age of general relativity have appeared among documents about the institutions that had served as the theoretical research components of those programs. This question is intended to explore possibilities to control gravitation using an electromagnetic field.
Category:Classical Physics

Authors:Andrew BeckwithComments: 8 Pages. Five figures added / subsequent edits will be in preparation of what to do for the submission of this document for peer review

Using Tokamak physics for improving the Grischuk and Sachin modus operandi as to detectable GW amplitudes on the z axis ( axis of symmetry) of a Tokamak device. Explicit use of Plasma drift current due to fusion is the new step used, as opposed to use of current created by E and B fields in a Plasma and prior ignoring the contribution of temperatures 10 KeV or higher in GW generation
Category:Classical Physics

Universal Gravitational Constant Via Rydberg Constant

Abstract: Using the formula with the proton mass and the Rydberg constant, I
obtained the value of the universal gravitational constant by three orders of
magnitude more accurate than the recommended CODATA values [1].
Category:Classical Physics

A Viable, Atomistic, Kinetic, Unified Aether Theory

Authors:Harold KyriaziComments: 40 Pages. This work is copyrighted under the Creative Commons Attribution-ShareAlike 3.0 Unported License.

A purely mechanical, atomistic aether-based paradigm for our universe is proposed. The theory’s hypothetical, indestructible corpuscles must be extremely hard, tiny, and fast, and constitute a dilute but highly energetic gas. They must also be capable of violating the second law of thermodynamics so as to produce dynamic structures out of chaos. Needle-like corpuscles, termed gyrons, with a high degree of orientation-stabilizing axial spin, are conjectured to be able to organize themselves throughout space into a fine 3-D matrix of toroidal vortices that constitutes the vacuum. These vortices, both to exist and to explain gravity, must continually eject longitudinally-oriented, greatly superluminal speed “gravitational gyrons” (GGs). According to the theory developed here, 1) matter consists of collections of right- and left-twisting, stronger versions of the vacuum vortices, and gravitates due to the smaller reactive cross-section and hence lower pressure of GGs ejected from other matter versus from the vacuum, 2) the large-scale organization of galaxies into walls and filaments is at least partly explained by the gravitational pressure differential transitioning from attractive to repulsive at very large distances, 3) the dynamic aspects of the vacuum and its interactions with matter may explain the measured constancy of the speed of light as well as various quantum mechanical phenomena, 4) the Big Bang is an illusion, with the redshift-distance relationship being due to a slow, progressive weakening of the matrix over cosmic time scales–and possibly a concomitant strengthening of matter vortices–owing to competition between vacuum and matter vortices for ideal spin-rate gyrons, and 5) the present cycle of the universe began with a Big Crystallization–of which the cosmic microwave background radiation is a remnant–and will end with a Big Dissolution, of all vortices. The theory is testable at both the cosmological and subatomic levels, by data fitting and 3-D animation simulations, respectively.
Category:Classical Physics

A Universal Turing Machine Does Not Predict All Physical Events

The Paul Davies hypothesis states: Applications of physical laws yield universal Turing machine computable events and, hence, the universe lends itself to simulation via such a machine. In this article, this hypothesis is falsified. It is shown that various physical events are not universal Turing machine computable.
Category:Classical Physics

Deformation Electromagnetic Field in the Minkowski Space

The work is dedicated to the development of the classical theory of the electromagnetic field (EMF). On the basis of EMF representation by an antisymmetric tensor field of the second rank, the symmetric tensor of EMF is constructed. This tensor describes the deformation of EMF in Minkowski space. Coupling equations of its components supplement the system of Maxwell's equations. The new equations describe connection between volumetric and shear deformations of EMF. Coupling equations between strain tensor components and tensor components received. It is shown that members of calibration condition of Lorentz are components of a spherical tensor of volumetric deformation of EMF. It is shown that the electric charges produce volumetric deformation of EMF. The wave equation of tensor waves of volumetric deformation of EMF is received.
Category:Classical Physics

Experimental Clarification of Maxwell-Similar Gravitation Equations

Maxwell-similar gravitation equations and the experiments of Samokhvalov are considered. It is noted that the observed effects are so significant, that in order to explain them within the said Maxwell-similar gravitation equations these equations should be supplemented by a certain empirical coefficient that may be named gravitational permeability of the medium. Then it is shown that with such supplement the results of experiments are in good agreement with so modified gravitation equations. A crude estimate of this coefficient is given. Some corollaries of these equations are considered, in particular, the gravitational excitation of electric current, the impact of gravito-magnetic induction on the electric current. Some phenomena that can be explained with the aid of these equations are indicated.
Category:Classical Physics

To the Uniform Theory of Real Processes

It is shown, that the energodynamics lead to new results practically in each its area
applications, allowing to extend of classical and a quantum mechanics, theories of thermal and not thermal machines, physical chemistry and biophysics, electrodynamics and theories of evolution laws.
Category:Classical Physics

The Alternative Form of Generalized Laws of the Transfer

The "diagonal" form of phenomenological laws is offered, containing unique (resultant)
motive force and allowing to describe effects of superposition by smaller number of kinetic factors.
Category:Classical Physics

Bit, Cycle, Dimensionless, It

Abstract. Using mathematical constants ("2", "e" and "2π"), physical constants (ά - inverse fine-structure constant and μ – the proton/electron mass ratio), postulates and methods, we obtain relations among other physical constants. It is crucial to accept the important role of cyclicity. The cyclicity and the bit lead to reality, which is presented by the relations between physical constants featuring 2x. Alsaw, here is original relation between the masses of proton, neutron and electron.
Category:Classical Physics

The Actual Value of the Electric Field Around the Moving Electron

Abstract.
Based on the earlier developed by author hypothesis of the exploding electron the actual value of the electric field around the electron in motion is proposed.
Instantaneous electrical field around the electron has empty regions and axial symmetry. Owing to the space isotropy the axis of symmetry takes equiprobable positions in space, and thus the averaged field acquires the central symmetry. Relationship for the actual electric intensity of the field around the moving electron is proposed which differs from that based on the special relativity theory. With increasing speed the electric intensity of the field around the moving electron tends to the finite value in the direction orthogonal to the movement.
Category:Classical Physics